Methods for extremely sparse-angle proton tomography by Spiers, BT, Aboushelbaya, R, Feng, Q, Mayr, MW, Ouatu, I, Paddock, RW, Timmis, R, Wang, RH-W, Norreys, PA

Ionization states for the multipetawatt laser-QED regime by Ouatu, I, Spiers, BT, Aboushelbaya, R, Feng, Q, von der Leyen, MW, Paddock, RW, Timmis, R, Ticos, C, Krushelnick, KM, Norreys, PA

Attosecond and nano-Coulomb electron bunches via the Zero Vector Potential mechanism by Timmis, RJL, Paddock, RW, Ouatu, I, Lee, J, Howard, S, Atonga, E, Ruskov, RT, Martin, H, Wang, RHW, Aboushelbaya, R, Leyen, MWVD, Gumbrell, E, Norreys, PA

Gravitational waves from high-power twisted light by Atonga, E, Martineau, K, Aboushelbaya, R, von der Leyen, M, Howard, S, Lee, J, Martin, H, Ouatu, I, Paddock, R, Ruskov, R, Timmis, R, Norreys, P

Suprathermal electrons from the anti-Stokes Langmuir decay instability cascade by Feng, QS, Aboushelbaya, R, von der Leyen, MW, Spiers, BT, Paddock, RW, Ouatu, I, Timmis, R, Wang, RHW, Cao, LH, Liu, ZJ, Zheng, CY, He, XT, Norreys, PA

Towards more robust ignition of inertial fusion targets by Lee, JJ, Ruskov, RT, Martin, HS, Hughes, S, von der Leyen, MW, Paddock, RW, Timmis, R, Ouatu, I, Feng, QS, Howard, S, Atonga, E, Aboushelbaya, R, Arber, TD, Bingham, R, Norreys, PA

Pathways towards break-even for low convergence ratio direct-drive ICF by Paddock, R, Martin, H, Ruskov, R, Scott, R, Garbett, W, Haines, B, Zylstra, A, Campbell, M, Collins, T, Craxton, S, Thomas, CA, Goncharov, V, Aboushelbaya, R, Feng, Q, von der LEYEN, M, Ouatu, I, Spiers, B, Timmis, R, Wang, R, Norreys, P

Pathways towards break even for low convergence ratio direct-drive inertial confinement fusion by Paddock, RW, Martin, H, Ruskov, RT, Scott, RHH, Garbett, W, Haines, BM, Zylstra, AB, Campbell, EM, Collins, TJB, Craxton, RS, Thomas, CA, Goncharov, VN, Aboushelbaya, R, Feng, QS, von der Leyen, MW, Ouatu, I, Spiers, BT, Timmis, R, Wang, RHW, Norreys, PA

Observation of monoenergetic electrons from two-pulse ionization injection in quasilinear laser-wakefields by von der Leyen, M, Holloway, J, Ma, Y, Campbell, PT, Aboushelbaya, R, Qian, Q, Antoine, AF, Balcazar, M, Cardarelli, J, Feng, Q, Fitzgarrald, R, Hou, BX, Kalinchenko, G, Latham, J, Maksimchuk, AM, McKelvey, A, Nees, J, Ouatu, I, Paddock, R, Spiers, B, Thomas, AGR, Timmis, R, Krushelnick, K, Norreys, PA

Energy gain of wetted-foam implosions with auxiliary heating for inertial fusion studies by Paddock, RW, Li, TS, Kim, E, Lee, JJ, Martin, H, Ruskov, RT, Hughes, S, Rose, SJ, Murphy, CD, Scott, RHH, Bingham, R, Garbett, W, Elisseev, VV, Haines, BM, Zlystra, AB, Campbell, EM, Thomas, CA, Goffrey, T, Arber, TD, Aboushelbaya, R, Von der Leyen, MW, Wang, RHW, James, AA, Ouatu, I, Timmis, R, Howard, S, Atonga, E, Norreys, PA